docs: fix support numbers

contracts/governor/src/governor.rs

@@ -82,15 +82,15 @@ pub trait Governor {
     /// * `voter` - The address of the account voting
     /// * `proposal_id` - The id of the proposal to vote on
     /// * `support` - The vote to cast:
-    ///                 - 0 to vote abstain
-    ///                 - 1 to vote against
-    ///                 - 2 to vote for
+    ///                 - 0 to vote against
+    ///                 - 1 to vote for
+    ///                 - 2 to vote abstain
     fn vote(e: Env, voter: Address, proposal_id: u32, support: u32);
 
     /// Get the voting status of a voter for a proposal.
     ///
     /// Returns None if the voter has not voted on the proposal, or a u32 that
-    /// represents the vote cast (0 = abstain, 1 = against, 2 = for).
+    /// represents the vote cast (0 = against, 1 = for, 2 = abstain).
     ///
     /// ### Arguments
     /// * `voter` - The address of the account voting

contracts/governor/src/storage.rs

@@ -263,9 +263,9 @@ pub fn get_voter_support(e: &Env, voter: &Address, proposal_id: u32) -> Option<u
 /// * `voter` - The address of the voter
 /// * `proposal_id` - The proposal id
 /// * `support` - The support the user chose
-///                 - 0 to vote abstain
-///                 - 1 to vote against
-///                 - 2 to vote for
+///                 - 0 to vote against
+///                 - 1 to vote for
+///                 - 2 to vote abstain
 pub fn create_voter_support(e: &Env, voter: &Address, proposal_id: u32, support: u32) {
     let key = GovernorDataKey::VoterSup(VoterStatusKey {
         voter: voter.clone(),

docs/architecture.md

@@ -41,7 +41,7 @@ The Governor manages a handful of parameters that define how the proposal flow i
 * Quorum `u32`
     * The percentage of votes (expressed in BPS) needed of the total available votes to consider a vote successful.
 * Counting Type `u32`
-    * Determine which votes to count against the quorum out of for, against, and abstain. The value is encoded such that only the last 3 bits are considered, and follows the structure `MSB...{for}{against}{abstain}`, such that any value != 0 means that type of vote is counted in the quorum. For example, consider 5 == `0x0...0101`, this means that votes "for" and "abstain" are included in the quorum, but votes "against" are not.
+    * Determine which votes to count against the quorum out of for, against, and abstain. The value is encoded such that only the last 3 bits are considered, and follows the structure `MSB...{against}{for}{abstain}`, such that any value != 0 means that type of vote is counted in the quorum. For example, consider 5 == `0x0...0101`, this means that votes "against" and "abstain" are included in the quorum, but votes "for" are not.
 * Vote Threshold `u32`
     * The percentage of votes "yes" (expressed in BPS) needed to consider a vote successful.